TEIKOKU TVS‑A1M water pump delivers powerful and efficient fluid transfer, offering a flow capacity of 130 m³/h paired with a maximum discharge head of 30 m. Engineered for demanding industrial, municipal, and marine applications, this centrifugal pump is ideal for tasks such as water supply, HVAC circulation, irrigation networks, stormwater management, and fire protection systems. Its high-volume output combined with substantial head performance enables smooth and reliable operation, even under peak flow demands and fluctuating load conditions.
Crafted from rugged, corrosion-resistant materials, the TVS‑A1M features a precision-designed impeller and volute casing that promote hydraulic efficiency by minimizing turbulence and energy loss. Built for heavy-duty use, the pump incorporates dynamically balanced internal components to reduce vibration and noise, extending the lifespan of mechanical seals and bearings. The strong construction and tightly sealed shaft assembly ensure minimal leakage and high operational reliability—making it suitable for continuous-duty service in challenging environments.
Integration and installation are simplified thanks to standardized inlet and outlet flange interfaces and a compact, short-coupled footprint that suits tight mechanical spaces. The pump supports direct coupling to electric motors or engine drives and includes a robust baseplate to maintain alignment under stress. Designed with maintenance in mind, the TVS‑A1M offers front-access covers and a modular structure that lets technicians inspect or replace wear parts—such as impeller, seals, or bearings—without full system disassembly, significantly reducing downtime and servicing costs.
Engineers and facility managers seeking high-capacity, reliable water control systems will appreciate the TEIKOKU TVS‑A1M for its blend of performance, durability, and maintenance efficiency. Whether used in municipal water distribution, industrial cooling loops, or fire-fighting stations, this pump provides a solid solution for systems requiring stable 130 m³/h flow at 30 m head—delivering sustained hydraulic performance and long-term operational value in critical infrastructure applications.
